7.4V lipo Vs 9.6 volt Nimh

I Was wondering which battery would give me a higher ROF in my Kwa G36c. I currently have a 9.6v 1400mah Nimh battery in the gun. I was looking at my local hobby shop and saw that they have a big selection of Lipo batteries. The one im looking at is a 7.4 volt 1500mAh 25c continuous Lipo battery. Id like to know which is going to give my gun a higher ROF ?

I Was wondering which battery would give me a higher ROF in my Kwa G36c. I currently have a 9.6v 1400mah Nimh battery in the gun. I was looking at my local hobby shop and saw that they have a big selection of Lipo batteries. The one im looking at is a 7.4 volt 1500mAh 25c continuous Lipo battery. Id like to know which is going to give my gun a higher ROF ?

7.4 Lipo- 17 bps
9.6 NiMH- 18 bps
11.1 Lipo- 26 bps

These numbers are with stock motor, stock gears, Prometheus TB and Mosfet with caps.

My reasoning is sticking. Allizard says 18c is the max. He said that anything above that could damage the gun and will void the warrenty.

However, I like the fight you put up

Hum.. i didn't say 18c is the max. I said 20c is most I would go. But Golgo13 isn't wrong either. The real output rating is amperage. It just happened most Lipo batteries sold here in US just put a C for discharge rate.

If you look at those Red Alert Lipo batteries, it say's 18A. We are stocking some new 2000mah 7.4v and the are at 40A. And I believe motors do draw more than 8 AMP. honestly I can't say I completely understand the way electric output works. Someone please fill in on this.

Hum.. i didn't say 18c is the max. I said 20c is most I would go. But Golgo13 isn't wrong either. The real output rating is amperage. It just happened most Lipo batteries sold here in US just put a C for discharge rate.

If you look at those Red Alert Lipo batteries, it say's 18A. We are stocking some new 2000mah 7.4v and the are at 40A. And I believe motors do draw more than 8 AMP. honestly I can't say I completely understand the way electric output works. Someone please fill in on this.

Hum.. i didn't say 18c is the max. I said 20c is most I would go. But Golgo13 isn't wrong either. The real output rating is amperage. It just happened most Lipo batteries sold here in US just put a C for discharge rate.

If you look at those Red Alert Lipo batteries, it say's 18A. We are stocking some new 2000mah 7.4v and the are at 40A. And I believe motors do draw more than 8 AMP. honestly I can't say I completely understand the way electric output works. Someone please fill in on this.

I owned a RC battery matching company many years ago. My cells won several nationals and even powered RC10l to Speed record at the Velodrome in Ca in the late 80s.
I have raced as a team member for Associated and Trinity and well as Buds Racing Products.
I will try to keep this on point and lay the debate to rest.
The higher the discharge rate; the less internal resistance.
The more amps;the more punch.
Think of a higher discharge rate as a bigger garden hose. More power(water) can flow with little effort.
Less resistance = more power on tap.
A motor can only draw so much power under load.
The higher discharge rate would simply feed the motor the power it needs with little effort. If anything, the motor would strain less with higher discharge batteries than lower ones. I believe the whole 18c thing is BS. I have yet to find the KWA approved batteries less than $75-80 when I buy 30C 2200 mah all day long for $ 25.00 bucks.